Courses
Courses
Seminar
Open seminar on the fundamentals of quantum mechanics, quantum information and quantum technology ( 5.04.4572)
Organising lectures and facilitating discussion sessions. In the 2026 summer semester, a range of fascinating topics were discussed, including
- Quantum channels beyond CPTP maps, quantum advantage through boson sampling, Bose–Einstein condensates (BECs) and matter waves, coherence, decoherence, stabilisation and error correction via Floquet engineering, quantum Fourier transform and phase kickback,
quantum computing hardware
Quantum Theory Research Group Seminar (5.04.880)
Lectures
Winter semester 2026/2027:
| Course | Lecturer |
|---|---|
| Electrodynamics (5.04.221) | Prof. Dr Christopher Gies |
| Theoretical Solid-State Physics (5.04.4531) | Dr Alexander Steinhoff |
| Quantum Mechanics II (5.04.4522) | Dr Alexander Steinhoff |
Summer Semester 2026:
| Course | Lecturer |
|---|---|
| Quantum Structure of Matter (5.04.471) | Prof. Dr Christopher Gies |
| Introduction to Quantum Information Theory and Quantum Computing (5.04.4573) | Dr Alexander Steinhoff |
| Theoretical Physics IV: Particles & Fields II (5.04.371) | Dr Alexander Steinhoff |
Winter semester 2025/2026:
| Course | Lecturer |
|---|---|
| Particles & Fields I | Prof. Dr Christopher Gies |
| Theoretical Solid-State Physics | Dr Alexander Steinhoff |
| Quantum Mechanics II (advanced topics and relativistic quantum mechanics) | Dr Alexander Steinhoff |